KR200467285Y1

KR200467285Y1 - Construction support implement for brick house

Info

Publication number: KR200467285Y1
Application number: KR2020120009436U
Authority: KR
Inventors: 한재홍
Original assignee: 한재홍
Priority date: 2012-10-16
Filing date: 2012-10-18
Publication date: 2013-06-07
Also published as: KR20140002388U

Abstract

The present invention relates to a masonry support device with improved durability, and more particularly, in the construction of buildings such as apartments and houses, the masonry support used for masonry, blocks, and stone stacking is improved. In the case of using synthetic resin parts by using materials, it solves the problem of frequently being damaged even by simple impact in winter. The present invention relates to a supporting device for masonry that greatly improves durability by simplifying parts while maintaining the same function.
Durable masonry support device according to the present invention is a metal main pipe; And a body coupled to the main pipe, elastic means embedded in the body, a support bar coupled to the body and supported by the elastic means, and fixed to a support bar coupled to the support bar to fix a state in which the support bar is exposed to the outside of the body. A metal support including a member;
And a control unit.

Description

Durable masonry support device {CONSTRUCTION SUPPORT IMPLEMENT FOR BRICK HOUSE}

The present invention relates to a supporting device for improved durability,

More specifically, in the construction of buildings, such as apartments and houses, improved masonry support used during masonry, block, masonry, etc.

When using synthetic resin parts using metal materials as a whole, it solves the problem of breaking frequently even in the case of simple impact in winter, and greatly improving durability by simplifying parts while maintaining the same function.

The body of the support, which is joined to the square main pipe that plays the main role of support by contacting the floor and ceiling of the building space where masonry construction is made, is manufactured based on the circular pipe, but the body of the support has a flat cross-sectional shape at the bottom of the outer surface. The present invention relates to a supporting apparatus for masonry that secures productivity and unit cost competitiveness and also has excellent mating state between parts.

As a support device and a class for the improved durability according to the present invention, the prior art

The “Building Supporter” of Patent Publication No. 10-2009-0110021 (published October 21, 2009) allows precise adjustment of the slab and makes it easy to adjust the length, and to support the load of the slab. In addition to supporting the load stably and steadily,

The first pipe, the second pipe, the inner stopper, the outer stopper, the outer cap, so that the separation can be performed more conveniently, forming a pressing projection on the inner circumference of the inner stopper is inserted into the inner circumference Pressing the outer periphery of the two pipes with the pressing protrusion so that the second pipe is not easily moved in the load transfer direction by the load generated from the slab, but the pressing protrusion is formed in a ratchet shape to increase the pressing force and the outside Install and dismantle the inner stopper by separating the inner stopper from the outer stopper by generating pressure using the rotational force of the outer cap so that the second pipe can be easily moved by easily detaching the inner stopper inserted into the stopper. It has a feature that can be performed more conveniently.

However, the disclosed patent has a problem in that its configuration is complicated and its price competitiveness is disadvantageous, and it is easy to be broken in a construction site dealing with rough materials.

In addition, the patent application No. 10-0981455 (Registration date 09/09/2010), “The masonry faucet holder” shows the horizontal position of the faucet connected to the water pipe when the water pipe is installed in the household when building the apartment or house. So that you can accurately fit and pour concrete,

In the masonry faucet holder for fixing the faucet horizontally to the correct position in order to embed both faucet on the wall, the faucet fixing hole is formed on both sides to fix the faucet in the lower side of the square pipe Weld and fix the fixing plate, install fixing pins fixed to penetrate both sides of the lower side of the square pipe, insert a spring and a guide plate inside the lower side where the fixing pin is installed, and center the upper end of the square pipe. A pipe blocking plate is formed in the hole, and the height adjusting mechanism is coupled so that the upper side of the height bolt to which the position fixing nut is fastened through the hole of the pipe blocking plate is fitted.

However, the registered patent is stable in accordance with the height adjustment because the spring is embedded in the square pipe and supported by the fixing pin embedded in the square pipe is not overlapped with the height adjustment port and is blocked by the guide plate arranged at the bottom of the spring. You won't be able to ride the elevator

This is also a cause of weakening the durability of the cradle has a problem that it is easy to break easily in the construction site dealing with rough materials.

In addition, the "Slab construction formwork supporter" of Patent Registration No. 10-0723542 (Registration date: May 23, 2007) relates to the slab construction formwork supporter whose height is gradually lowered by the weight of the formwork etc. when dismantling the slab formwork. In that,

The registered patent is placed on the bottom and coupled to the lower end of the height adjustment means and the support is coupled to the lower end portion, and the fixed bar of the pipe-like formed with a linear zigzag through hole extending from the lower end to the upper end on both opposite sidewalls; ; It is a sliding rod through which the top and bottom reciprocating sliding bar and the link and the link that are fluidly coupled to the upper end of the sliding bar are inserted into the fixed bar, and both ends penetrate the two through holes of the fixed bar, respectively. Composed,

The slab formwork is easy to dismantle, there is little risk of safety accidents, and because it can be systemized with the curved deck support, it is possible to reduce the construction cost and reduce the labor load due to the installation and dismantling of the formwork.

However, the registered patent has a problem in that its configuration is complicated and its price competitiveness is disadvantageous, and it is easy to break down easily at the construction site dealing with rough materials, and it corresponds to a technology that is not commercialized for this reason.

“Application for masonry” of Korean Utility Model Registration No. 20-0457328 (December 08, 2011) is to support ceiling slabs to refer to the vertical surface during masonry construction such as brick, block, and stacking of buildings. It is characterized in that the pipe of the masonry support to be installed can be used by replacing a pipe having a different diameter depending on the site.

The composition of this registration proposal

The upper part is opened in a tubular shape, and the lower part is formed with a spiral portion at the upper inner surface which is closed by the bottom surface through which the center is perforated, and a spring is inserted into the inner part through the open upper part. A lower body through which a through hole is formed so that an upper portion of the height adjusting bolt is inserted into and protrudes, and a spring is fitted to an outer circumferential surface of the height adjusting bolt which is inserted into the through hole formed at the center of the bottom surface;

The coupling rod is formed in the upper part of the tubular shape formed with a spiral protrusion at the lower portion so as to be tightly coupled to the spiral portion of the lower body, and the coupling rod has a first hanging step and a second hanging step by varying the thickness according to the height. It is formed in multiple stages, and the upper body of the coupling rod formed on the upper surface of the coupling rod so that the upper portion of the height adjustment bolt can be inserted out;

When the upper part is inserted into the through hole formed in the bottom surface of the lower body to form a spiral portion only a certain height in the lower portion to tighten and tighten the height adjustment nut, the lower portion of the height adjustment bolt formed integrally with the support piece;

The coupling rod of the upper body and the pipe which can be combined and separated by selectively replacing according to the thickness of the first and second locking step;

The upper end of the pipe is characterized in that the fixing bracket is fastened to be fixed to the masonry being masonry.

However, the registration proposal uses synthetic resin (especially PVC) material while manufacturing the lower or lower body having a through hole so that the upper part of the height adjustment bolt can be inserted and drawn out on the upper surface of the coupling rod. Due to the problem of frequent breakdowns, complaints of on-site workers are in full swing.

In addition, the masonry support, which is combined with the square pipe that plays the main role of support by contacting the floor and ceiling of the building space where masonry construction is made, has to be manufactured in a rectangular shape, which inevitably leads to a unit price increase. Since it is an extrudate that requires post-processing (studded formation), the unit price competitiveness is inevitably weakened.

Furthermore, it was very inconvenient to use it at the construction site because the height adjustment bolt had to be rotated one by one when adjusting the height of the supporting support.

In order to solve this problem, the present invention provides an supporting device for masonry which greatly improves durability by manufacturing all the main parts of the support device, that is, the support, made of metal so as to effectively lower the risk of damage or deformation of the support device. It aims to provide.

In addition, the present invention is easy to combine and separate, thereby reducing the work speed and high work efficiency, the flat cross-sectional shape at the bottom of the outer surface of the lower surface so that the coupling of the main pipe and the support can be made quickly without the need for a separate connection member Insertion fixing is formed in one body of the body,

In other words, the body of the support, which is joined to the square main pipe that plays the main role of support by contacting the floor and ceiling of the building space where masonry construction is made, is manufactured based on the circular pipe, but the body of the support has a flat cross-sectional shape at the bottom of the outer surface. It is an object of the present invention to provide a support device for improved durability, which ensures productivity and unit cost competitiveness, as well as excellent coupling state between parts by introducing an insertion fixing part in a rectangular shape.

The lower end of the main pipe fixed by the insertion fixing part is coupled to the upper end of the separation prevention member is supported in contact with the separation prevention member,

The release preventing member is configured to prevent the support bar from being detached from the body by contacting the engaging member of the support bar located inside the body, thereby preventing the elastic means and the support bar from being detached at the same time, thereby increasing the stability of the maypipe. It is possible to provide a support device for masonry by improving the durability of the support bar while being manufactured and produced due to the simplification of the structure of the support device.

The support member is coupled to the support bar integrally with the support bar so that the elastic means is supported by the locking member so that when the support bar is lowered by adjusting the height of the main pipe, the main pipe is more stably supported by the release preventing member coupled to the body. So that

That is, the elastic means compressed when the main pipe is installed on the vertical surface is pushed up by the elastic means of the support bar, and when the support bar is pushed down by the elastic means, which is returned after disassembly after construction, it is caught by the body's release preventing member. It prevents the bar from falling off and at the same time supports the elastic means to secure stability, productivity, and cost competitiveness due to a single locking member without the need for separate connecting parts. It aims to provide high efficiency of masonry work.

On the exposed surface of the support bar, a male thread part is formed, and there is a female thread to which a fixing member is coupled to the male thread part.

When adjusting the height of the vertical surface at the construction site, the fixing member coupled to the support bar is formed of a female screw so that the upper part of the female screw is contacted with the lower end of the detachment preventing member of the body and is adjusted by the elastic means to adjust the height. It can be fixed to support the body is coupled, the elastic means to stably adjust the height to provide a more effective increase in the stability of the support and durability of the elastic means.

In addition, the guide bar is inserted into the coil spring so that the coil spring is not twisted or twisted in the body to induce accurate and safe crimping of the coil spring located in the body to support the slabs or the ceiling of the ceiling to maintain the correct vertical plane. It is an object of the present invention to provide a support apparatus for masonry having improved durability.

Accurate vertical surface by supporting slabs or sculptures in the ceiling by inducing accurate and safe crimping of the elastic means located in the body according to the height adjustment of the fixing member that adjusts the height while being blocked by the separation prevention member arranged at the bottom of the elastic means. The purpose of the present invention is to provide a support device for masonry to increase the work efficiency at the construction site by increasing the stability of the cradle for handling rough materials.

In addition, the guide sleeve with the main pipe inserted to insert the main pipe so that the water pipe can be fixed and positioned accurately, and the bracket can be easily removed after construction is completed to increase work productivity and recycle. It is an object of the present invention to provide an improved support apparatus for masonry having a bracket coupled to a sleeve, and a faucet fitting including a stopper for fixing the guide sleeve to the main pipe.

In addition, the main body is coupled to the body and the separation prevention member is coupled to the lower end of the main body is larger in cross-section than the main pipe has a larger cross-sectional area than the main pipe and the main pipe is supported by the separation prevention member even if the main pipe is separated from the body. It is aimed at keeping it safe.

In addition, due to the phenomenon that the support combined with the main pipe is tightly tightened by the slab of the ceiling or the load of the masonry, the combined part is too tight and does not come out easily. To reduce the risk of being suddenly separated by force and causing damage to nearby users.

The guide sleeve further includes a support separating mechanism including a weight having two separating rings formed at symmetrical positions and having a striking protrusion colliding with each separating ring and a recess for receiving the main pipe, and a handle coupled to the weight. It is an object of the present invention to provide a support device for masonry improved durability.

In order to achieve the above object, the improved support device for masonry

Metal main pipes; And

A body coupled to the main pipe,

Elastic means embedded in the body,

A support bar coupled to the body and supported by the elastic means, and

And a metal support coupled to the support bar and including a fixing member for fixing a state in which the support bar is exposed to the outside of the body.

In addition, the body of the supporting device for improved durability according to the present invention

A flat cross-sectional shape at the bottom of the outer surface has a rectangular insertion fixing part, and the main pipe is characterized in that the square pipe.

On the other hand, according to the present invention, the support support device for improved durability is coupled to the separation prevention member to the lower end of the body, the support bar is characterized in that the engaging member is coupled to prevent the separation from the body caught by the separation prevention member. It is done.

In addition, the support device for masonry improved durability according to the present invention is the male thread portion is formed on the exposed surface of the support bar,

The fixing member is a female screw coupled to the male screw portion,

The elastic means is a coil spring,

The support bar is characterized in that it has a guide portion inserted into the coil spring.

Durable masonry support device according to the present invention,

The main parts of the support, that is, all the support is made of metal material, can effectively lower the risk of damage or deformation of the support device, thereby improving stability.

It is easy to connect and separate, because the insertion fixing part of the rectangular flat cross section at the bottom of the outer surface is formed in one body so that the main pipe and the support can be quickly combined without the need for a separate connecting member to the supporter. As the speed is shortened, the work efficiency can be increased and the risk of insolvency of the masonry work can be reduced.

In addition, the body of the support, which is joined to the square main pipe that plays the main role of support by contacting the floor and ceiling of the building space where masonry construction is made, is manufactured based on the circular pipe, but the body of the support has a flat cross-sectional shape at the bottom of the outer surface. By adopting the insertion fixing part in the shape of a rectangle, it is possible to secure productivity and cost competitiveness, as well as to achieve excellent mating state between parts.

Furthermore, the upper end of the separation prevention member is coupled to the lower end of the main pipe fixed by the insertion fixing portion is supported in contact with the separation prevention member,

The release preventing member is configured to prevent the support bar from being detached from the body by contacting the engaging member of the support bar located inside the body, thereby preventing the elastic means and the support bar from being detached at the same time, thereby increasing the stability of the maypipe. Can be manufactured and produced due to the simplification of the structure of the support device, the support can be improved durability,

In addition, the support member is coupled to the support bar integrally with the support bar, the elastic means is supported by the locking member when the support bar is lowered by adjusting the height of the main pipe, the main pipe is more stable by the separation prevention member coupled to the body To support

That is, the elastic means compressed when the main pipe is installed on the vertical surface is pushed up by the elastic means of the support bar, and when the support bar is pushed down by the elastic means, which is returned after disassembly after construction, it is caught by the body's release preventing member. It prevents the bar from falling off and at the same time supports the elastic means to secure stability, productivity, and cost competitiveness due to a single locking member without the need for separate connecting parts. Can provide high work efficiency,

In addition, a male screw portion is formed on an exposed surface of the support bar, and a female screw to which a fixing member is coupled to the male screw portion is formed.

When adjusting the height of the vertical surface at the construction site, the fixing member coupled to the support bar is formed of a female screw so that the upper part of the female screw is contacted with the lower end of the detachment preventing member of the body and is adjusted by the elastic means to adjust the height. It can be fixed by supporting the body, the elastic means can adjust the height stably to increase the stability of the support and the durability of the elastic means more effectively can ensure a stable working environment due to the solid support,

In addition, the coil spring located in the body is composed of a support bar in which the guide part is inserted into the coil spring so as not to be twisted or twisted in the body, so that the coil spring in the body induces accurate and safe crimping, thereby ensuring improved stability.

In addition, in the state blocked by the separation prevention member arranged at the bottom of the elastic means in accordance with the adjustment of the height of the fixing member induces accurate and safe compression of the elastic means located in the body to support the slab or the sculpture of the ceiling to maintain the correct vertical plane In addition, it is possible to improve the work efficiency at the construction site by increasing the stability of the rough material handling support.

In addition, there is a faucet fitting including a guide sleeve into which the main pipe is inserted, a bracket coupled to the guide sleeve, and a stopper for fixing the guide sleeve to the main pipe. Can work masonry, can be easily separated and combined to increase the work speed, thereby increasing the work productivity,

This faucet fitting is also made of metal and can be reused by reusing it to prevent the bracket from being damaged or deformed due to the temperature below freezing point in winter, thus reducing the production period and construction cost, thus ensuring a more efficient working environment. Can do it,

In addition, the separation prevention member coupled to the lower end of the body has a larger cross-sectional area than the main pipe, so that the main pipe is supported by the ceiling and the bottom surface so that the main pipe is stably supported so that the main pipe does not escape when the elastic means adjusts the height by elastic force. In particular, the locking member of the support bar is caught by the release preventing member to prevent the release of the support bar at the same time.

In addition, the guide sleeve used to be mounted on the main pipe has two separation rings formed at symmetrical positions, a weight having a striking protrusion colliding with each separation ring and a recess for receiving the main pipe, and a handle coupled to the weight. It further includes a support separation mechanism including;

Due to the phenomenon that the support combined with the main pipe is tightly tightened by the slab of the ceiling or the load of the masonry, the combined part is too tight and does not come out easily. It is possible to provide the durability of the support device and the stability of the working environment by reducing the risk of damaging the surrounding users by sudden separation due to hand-holding force.

1 is an exploded perspective view of the support device for improved durability according to the present invention.
Figure 2 is a combined perspective view of the support device for improved durability according to the present invention.
Figure 3 is a perspective view of a modified body having a detachable auxiliary portion of the support device for masonry according to the present invention.
4 to 6 is a view showing an embodiment in which the support separating mechanism is further added in the support device for masonry according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention may be modified in various ways and may have various forms. Therefore, embodiments (or embodiments) will be described in detail in the text. It should be understood, however, that this invention is not intended to be limited to the particular forms disclosed, but is intended to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

In the drawings, the same reference numerals are used for the same reference numerals, and in particular, the numerals of the tens and the digits of the digits, the digits of the tens, the digits of the digits and the alphabets are the same, Members referred to by reference numerals can be identified as members corresponding to these standards.

In the drawings, the components are expressed by exaggeratingly larger (or thicker) or smaller (or thinner) in size or thickness considering simplicity of understanding, etc. However, since the scope of protection of the present invention is limited It should not be.

The terminology used herein is for the purpose of describing particular embodiments (suns and aspects) (or embodiments) only and is not intended to be limiting of the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In the present application, the term " comprising " or " consisting of ", or the like, refers to the presence of a feature, a number, a step, an operation, an element, a component, But do not preclude the presence or addition of one or more other features, integers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

In describing the support device S for improved durability according to the present invention, if the specification of the approximate direction is not rigid for convenience, the lower and upper sides are determined based on the direction of gravity,

In particular, in the state as shown in Figures 1 and 2 divided up and down, left and right, front and rear, and in the description and claims of the invention associated with the other drawings, the direction is specified and described according to this criterion.

Durable masonry support device (S) according to the present invention can be seen in Figures 1 and 2,

Durability may be improved through a body 21 made of a metal main pipe 10 and a metal support 20, and having a function of coupling the support 20 to the main pipe 10.

In installing the support device according to the height of the building where the masonry proceeds, specifically, the distance between the floor and the ceiling, and the distance between the upper and lower parts where the support device S is generally installed,

The main pipe 10 (e.g. 1 to 2.5m), which occupies the main length, is shorter than the distance between the upper and lower portions of the building where the masonry proceeds,

Despite the slightly different distances in the same building

The support 20 serves to allow the support device S to be installed in a stable and tensioned state and universally.

To this end, the support 20 has an elastic means, in particular a coil spring 22 is built in the body 21, the support bar 23 carried by the elastic means is mounted on the body 21.

The support bar 23 is elastically adjusted to the degree of exposure to the body, the support 20 having a body 21 coupled to one end of the main pipe 10 is

The support bar 23 is in contact with the floor or ceiling of the building where the masonry proceeds, or both,

The other end of the main pipe 10 is in contact with the ceiling or the floor (when the support is provided at both ends of the main pipe, the main pipe is not in contact with the ceiling or the floor).

Finally, the support device is used for masonry

When the tap-hole installation slot 30 is provided to firmly fix the position of the tap-hole installation height, etc. when the tap-hole installation is used.

It is possible to ensure stable masonry construction by tightly fitting between the floor and the ceiling of the building where the masonry proceeds, in a stable and tensioned state, and universality.

On the other hand, the main pipe 10 is a pipe having a flat cross-sectional shape, particularly square, so that the auxiliary construction for masonry construction such as the faucet fitting 30 can be stably combined in a specific direction while being easily available in the market. ,

The body of the support is preferably rectangular so that it can be interpolated to the main pipe 10 accordingly,

The elastic means, that is, the coil spring is embedded therein, and the guide portion 23c of the support bar 23 should be built-in and coupled thereto, and the support 20 in terms of stable support of the support bar, manufacturing ease, and cost competitiveness, etc. Body 21, coil spring, support bar preferably have a circular

There is a problem that the requirements of the main pipe are in conflict with the requirements of the support.

In order to solve this problem, the present inventors use the original one of which the main pipe 10 has a rectangular flat cross-sectional shape, and the body 21 of the support 20 adopts a circular flat cross-sectional shape. The method of processing the joining area into a square is adopted.

Therefore, the body 21 of the support 20 is manufactured on the basis of a circular pipe, and the main part of the upper part constitutes the insertion guide portion 21b (see FIG. 3). The flat cross-sectional shape of each corner is a rounded rectangle, the flat cross-sectional shape of the top of the outer surface has an insertion fixing portion 21a is formed in a circular shape, the main pipe 10 is interpolated from the top of the outer surface of the insertion fixing portion 21a Gradually fit, finally fit at the bottom to form a form that can not be separated arbitrarily,

As a result, it provides a support device with improved durability that secures productivity and unit cost competitiveness, and also secures excellent mating state between parts.

As described above, the main pipe 10 is composed of various kinds of lengths, but the main pipe 10 is forcibly fitted so that the main pipe 10 can be fitted with the insertion fixing portion 21a. Although the cross section of the main pipe 10 is different from each other by the shape of the same rectangular shape so as to be coupled to the insertion fixing portion (21a) of the one part of the metal pipe and the insertion fixing portion (21a) of the body 21 It may be configured to allow interference fit.

The metal main pipe 10 of the present invention is made of a metal material such as steel and the like as usual, and may be made of a metal material such as stainless steel or the like as necessary.

The metal support 20 is composed of a body 21, an elastic means, in particular, a coil spring 22, a support bar 23, a fixing member 24, and the same material as that of the main pipe 10. It may be composed of a metal material such as steel, etc., and may be composed of a metal material such as stainless steel or the like as necessary.

Due to the metal support 20, it can be used to align the vertical surface with confidence in any working environment, and improve the safety and work speed of users, resulting in faster completion, resulting in no unnecessary consumption and construction costs. Can be reduced.

The body 21 that can be coupled to the metal main pipe 10 has an insertion fixing portion 21a having a flat cross-sectional shape at the lower end of the outer surface, and the insertion fixing portion 21a is formed in a square shape. It is preferred that it is configured but can be configured in the shape of a polygon.

In addition, the body 21 has an upper end of the outer surface is connected to the lower insertion fixing portion 21a and constitutes an insertion guide portion 21b having a circular flat cross-sectional shape, so that the main pipe 10 and the support 20 can be easily coupled. Easily guided, it is possible to maintain a stable after the main pipe 10 and the support 20 is combined.

The insertion guide portion 21b is longer than the insertion fixing portion 21a, and the insertion fixing portion 21a is worn out due to frequent replacement of the body 21 and the main pipe 10. Even when separated from the insertion fixing part 21a, the insertion guide part 21b serves as an auxiliary support, thereby preventing more complete separation between the main pipe 10 and the body 21, thereby increasing stability.

That is, the body of the support coupled to the square main pipe which plays a main role of support by contacting both the floor and the ceiling of the building space where masonry construction is made, the circular pipe (this body of the support is connected to the lower insert fixing part at the top of the outer surface) And the insertion guide having a circular cross-sectional shape), but the body of the support has a flat cross-sectional shape at the bottom of the outer surface as a square to introduce an insertion fixing part, thereby securing productivity and unit cost competitiveness and An object of the present invention is to provide a support device for masonry secured even in the excellent state of engagement.

In addition, the body 21 includes an insertion fixing portion 21a, and provides the insertion space of the coil spring 22 and the guide portion 23c of the support bar 23 by the fixing member 24 to the main pipe 10. It also serves as a pedestal, so it is easy to manufacture and can be produced quickly in an uncomplicated configuration.

The body 21 supports the coil spring 22 while preventing the coil spring 22 subjected to the external force by the support bar 23 from being detached, and is configured to not interfere with the exposure of the guide 23c. The prevention part 21d is comprised.

In addition, the elastic means is composed of a coil spring 22, and may alternatively be replaced by other means capable of utilizing elastic force, such as gas, compressed air, gas such as vacuum and liquid such as water and oil.

Next, the support bar 23 includes a locking member 23a, a male screw portion 23b, and a support ring 23d in order from the top to the bottom together with the guide portion 23c inserted into the coil spring and the body 21. The fixing member 24 is coupled to the male screw portion 23b of the support bar 23.

The support bar 23 is

The locking member 23a is caught by the separation preventing member 21c coupled to the lower end of the body 21 and is configured not to be separated from the body 21 after mutual assembly.

The engaging member 23a coupled to the support bar 23 comes into contact with the release preventing member 21c at the bottom of the body 21 so as to be prevented from being separated by the elasticity of the coil spring 22.
When the height of the floor and ceiling is pushed up, the coil spring is compressed by the catching member 23a at the lower end of the coil spring 22, and the upper end of the coil spring 22 is prevented by the catching part 21d of the body 21. Will not leave by
The support bar 23 compresses the coil spring 22 located between the locking member 21d and the locking member 23a of the body 21, and the upper end of the support bar 23 opens the through hole 21e of the body 21 according to the adjustment position. Can be exposed through

The support bar 23 is separated from the assembled body 21 by the coil spring 22 to be compressed, thereby preventing departure from the outside. Therefore, the support bar 23 is more precisely regulated to the vertical plane and the main pipe ( 10) stable and elastic support is possible.

The locking member 23a may form a circular or polygonal surface capable of supporting the coil spring 22, and the diameter of the locking member 23a is larger than that of the coil spring 22, and the separation preventing member It is preferable to form larger than the through-hole of (21c).

A male screw portion 23b is formed on the exposed surface of the support bar 23,

When adjusting the height of the vertical surface at the construction site, as shown in Figure 1, the fixing member 24 has a female screw 24a so that the upper portion of the fixing member 24 is the separation prevention member 21c of the body 21 It can be fixed by supporting the body 21 which is coupled to the lower end of the main body is coupled with the lower main pipe.

In addition, the female screw (24a) is configured in the form of a butterfly nut can be easily rotated by hand, it is preferable to configure the nut type to form a stronger tightening to use a spanner.

In addition, the water outlet installation bracket is composed of a bracket 31, a guide sleeve 32, the stopper 33,

The bracket 31 is coupled to the guide sleeve 32, the height is adjusted within the length of the main pipe 10, and one or more fixing holes 34 for fixing the power outlet to the bracket 31 is provided It consists of the formed metal plate board.

The guide sleeve 32 is coupled to the bracket 31 and the main pipe 10 is inserted, it is possible to adjust the height of the faucet installation port can adjust the height of the faucet during the masonry construction to induce stable fixing have.

In addition, the installation of the water pipe can be accurately positioned by fixing the water tap to the fixing hole 34, and after the completion of the construction, the bracket 31 can be easily separated to increase work productivity and recycle, thereby reducing the construction cost effectively. A guide sleeve 32 into which 10 is inserted,

A bracket 31 coupled to the guide sleeve 32 and a power outlet fitting 30 including a stopper for fixing the guide sleeve 32 to the main pipe 10 may be further provided.

The bracket 31 is coupled to the guide sleeve 32 and the stopper 33 to adjust the height within the length of the main pipe 10 while holding the power receiver caught in the fixing hole 34 to be accurately fixed It includes.

The detachment preventing member 21c has a larger cross-sectional area than the main pipe 10, and when the support is separated from the main pipe for recycling or regeneration, the separation preventing member 21c protrudes from the outer circumferential surface of the bottom of the main pipe in a state where the main pipe and the support are combined. It is desirable to be able to hold or remove the separation preventing member using a tool.

Of course, the basic function of the separation preventing member (21c) is to close the lower end of the body 21, that is, the opening part of the insertion fixing portion (21a) between the male screw portion 23b of the surfer bar 23 and the guide portion 23c. Hanging member (23a) located on the hook is to prevent the support bar from being separated from the body.

On the other hand, as shown in the modified dashed line in Fig. 1 and in Figs. 4 to 5,

Deformation faucet fitting (30m) to ensure the ease of separation when the support 20 is recycled or regenerated, the separation ring 32a is coupled to the position symmetrical to the guide sleeve 32, that is, both sides.

In addition, the support separation mechanism 50 is conceived as a separation tool that can be utilized for such a deformed power outlet installation tool 30m, and the support separation mechanism 50 strikes a collision protrusion 51b that collides with each separation ring 32a. A weight 51 having two striking protrusions 51b each having a recess 51a and a recess 51a formed in the two striking protrusions 51b, the main pipe 10 being received, and a handle coupled to the weight 51; (52).

The upper part of the weight 51 has two protrusions 51c formed of a reinforced metal material narrowing downward, and are formed in both sides of the lower side of the weight 51 in a symmetrical manner, and the protrusions 51c may contact the release preventing member 21c. The distance of the protruding portion 51c which is symmetrical so as to be shorter than the diameter of the separation preventing member 21c.

When the handle 52 is hammered and priced, the striking protrusions 51b of the two protrusions 51c of the weight 51 collide with the separating ring 32a of the power outlet fitting 30m. Subsequently, the separation prevention member 21c of the body 21 collides with the guide sleeve 32 inserted into the main pipe 10 so that the main pipe 10 and the body 21 can be easily separated.

By using the protrusion 51c to impact the separation prevention member 21c having a larger cross-sectional area than the main pipe 10, the main pipe 10 coupled to the insertion fixing portion 21a can be more easily detached. Can improve work efficiency more effectively.

When the protrusion 51c and the separation ring 32a of the weight 51 collide with each other, the coupling force of the main pipe 10 fixed by the guide sleeve 32 and the insertion fixing portion 21a of the body 21 is fixed by the guide sleeve 32c. Can be induced to ease the exit.

In order to separate the main pipe 10 and the body 21 more effectively, it is preferable to apply an impact to the upper end of the weight 51 while the protrusion 51c and the separating ring 32a are in contact with each other.

Furthermore, another variant for ease of separation of the support is shown in FIG. 3.

This deformation support can be seen in the enlarged one-dot chain line in FIG. 3,

To form a detachable auxiliary groove (61) formed on the side of the support body (21) lower insertion fixing portion (21a) of the support, and the detachable wheel 62 is coupled thereto,

The detachable auxiliary part is formed on both sides of the insertion fixing portion 21a of the body 21 and is configured to facilitate the coupling and detachment of the main pipe 10.

In addition, the detachable auxiliary part 60 is formed to protrude on both sides of the insertion fixing part 21a as a circular metal material in the form of a cogwheel, so that the detachable wheel 62 is fixed when the main pipe 10 is coupled and separated. It can be configured to be easily removable without being shocked or severely applied external force by the rotation of the removable wheel (62).

The detachable auxiliary part 60 coupled to the insertion fixing part 21a of the body 21 has a length within a range that does not affect the movement of the coil spring 22 and the guide part 23c inside the body 21. It is preferable that it is formed.

In the above description of the present invention with reference to the accompanying drawings described with respect to the improved support for stiffness having a specific shape and structure (S), but the present invention can be variously modified, changed and replaced by those skilled in the art, Such modifications, changes and substitutions should be construed as falling within the protection scope of the present invention.

S: Durable masonry support device
10: main pipe
20: Support
21: Body 21a: Insertion fixing portion 21b: Insertion guide 21c: Release prevention member
21d: Stopper 21e: Through
22: elastic means
23: support bar 23a: locking member 23b: male screw portion 23c: guide portion
23d: support ring
24: fixing member 24a: female thread
30: water outlet fitting 31: bracket 32: guide sleeve 32a: separation ring
33: stopper
34: fastener
50: support separation mechanism
51: weight 51a: recess 51c: protrusion
52: handle
60: detachable auxiliary portion 61: detachable auxiliary groove 62: detachable wheel 63: fixing pin

Claims

A metal main pipe 10; And

Body 21 coupled to the main pipe,
Elastic means 22 embedded in the body,
A support bar 23 coupled to the body and carried by the elastic means, and
A metal support 20 coupled to the support bar and including a fixing member 24 for fixing the support bar exposed to the outside of the body;

A water outlet fitting (30m) including a guide sleeve 32 into which the main pipe 10 is inserted, and two separation rings 32a coupled to both sides of the guide sleeve 32; And
The faucet installation device 30m and the support separation mechanism 50 to facilitate the separation of the support 20 and the main pipe 10;

The body 21 of the support 20 has an insertion fixing portion 21a having a rectangular cross-sectional shape at the bottom of the outer surface, the main pipe 10 is made of a square pipe, and the body lower end portion has a separation preventing member ( 21c) is combined,
The support bar 23 is coupled to the engaging member (23a) to be caught in the separation preventing member (21c) so as not to be separated from the body 21,
Male threads are formed on the exposed surface of the support bar 23,
The fixing member is a female screw coupled to the male screw portion,
The elastic means is a coil spring,
The support bar has a guide portion inserted into the coil spring,

The support separating mechanism 50 includes a weight 51 having two protrusions 51c having a striking protrusion 51b and a recess 51a in which the main pipe 10 is received and formed between the two protrusions 51c. , Comprising a handle 52 coupled with the weight 51,
The separation prevention member 21c of the body 21 by the guide sleeve 32 when the impact protrusion 51b of the protrusion 51c and the separation ring 32a of the power outlet fitting 30m collide with each other. Durability improved masonry support device, characterized in that the main pipe 10 and the body 21 is separated by a collision .

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